Uses of Class pulse.input.ExperimentalData (PULsE 1.98 API)

Packages that use ExperimentalData
Package	Description
pulse	Contains some of the most frequently used classes, which did not seem to fit in any other packages.
pulse.io.export	Package contains the PULsE export API, which currently consists of different exporter classes, an export manager, an XML converter and a MassExporter class.
pulse.io.readers	The main class of this package is `ReaderManager`.
pulse.problem.laser	This package deals with discrete laser pulse representation and their various temporal shapes.
pulse.problem.statements	Introduces various problem statements for the heat conduction problem in the laser flash experiment.
pulse.problem.statements.model
pulse.tasks	Introduces the `SearchTask`, which is the main actor in `PULsE`, and the `TaskManager`, a high-level class which among other functions manages loading and executing `SearchTask`s.
pulse.ui.components	This package contains all custom Swing-based components of the graphical user interface of `PULsE` that are used to interact with all other entities, such as `PropertyHolder`s, etc.

Uses of ExperimentalData in pulse

Methods in pulse with parameters of type ExperimentalData
Modifier and Type	Method	Description
`HeatingCurve`	HeatingCurve.`extendedTo(ExperimentalData data, Baseline baseline)`	This creates a new `HeatingCurve` to match the time boundaries of the `data`.

Uses of ExperimentalData in pulse.io.export

Methods in pulse.io.export that return types with arguments of type ExperimentalData
Modifier and Type	Method	Description
`Class<ExperimentalData>`	RawDataExporter.`target()`

Methods in pulse.io.export with parameters of type ExperimentalData
Modifier and Type	Method	Description
`void`	RawDataExporter.`printToStream(ExperimentalData target, FileOutputStream fos, Extension extension)`	Invokes the `printToStream(...)` method of the `HeatingCurveExporter` instance.

Uses of ExperimentalData in pulse.io.readers

Methods in pulse.io.readers that return ExperimentalData
Modifier and Type	Method	Description
`ExperimentalData`	LFRReader.`readSingleCurve(File file, Metadata metadata)`	Creates a single `ExperimentalData` object with the time-temperature information retrieved from `file` and using the previously generated `Metadata` object, containing the external ID and the test temperature of this heating curve.

Methods in pulse.io.readers that return types with arguments of type ExperimentalData
Modifier and Type	Method	Description
`List<ExperimentalData>`	CurveReader.`read(File file)`	Basic operation for reading the `file` and converting this to a `List` of `ExperimentalData` objects.
`List<ExperimentalData>`	DATReader.`read(File file)`	This will return a single `ExperimentalData`, which stores all the information available in the `file`, wrapped in a `List` object with the size of unity.
`List<ExperimentalData>`	LFRReader.`read(File file)`	Reads through the `file`, identifies the names of other files with individual heating curves, theirs external IDs and test temperatures (in degrees Celsius, later converted to Kelvin).
`List<ExperimentalData>`	NetzschCSVReader.`read(File file)`	Reads `file`, assuming that it contains data generated by Proteus with the detector signal.
`static List<ExperimentalData>`	CurveReader.`sort(List<ExperimentalData> array)`	Sorts the `List` of `ExperimentalData` according to their external IDs (if any).

Method parameters in pulse.io.readers with type arguments of type ExperimentalData
Modifier and Type	Method	Description
`static List<ExperimentalData>`	CurveReader.`sort(List<ExperimentalData> array)`	Sorts the `List` of `ExperimentalData` according to their external IDs (if any).

Uses of ExperimentalData in pulse.problem.laser

Methods in pulse.problem.laser with parameters of type ExperimentalData
Modifier and Type	Method	Description
`void`	NumericPulse.`init(ExperimentalData data, DiscretePulse pulse)`	Defines the pulse width as the last element of the time sequence contained in `NumericPulseData`.
`void`	PulseTemporalShape.`init(ExperimentalData data, DiscretePulse pulse)`	Stores the pulse width from `pulse` and initialises area integration.

Uses of ExperimentalData in pulse.problem.statements

Methods in pulse.problem.statements with parameters of type ExperimentalData
Modifier and Type	Method	Description
`void`	Problem.`estimateSignalRange(ExperimentalData c)`	The signal range is defined as $max{$ T(t) } - min{ T(t) }, where $max{...}$ and $min{...}$ are robust to outliers.
`void`	NonlinearProblem.`retrieveData(ExperimentalData c)`
`void`	Problem.`retrieveData(ExperimentalData c)`	This will use the data contained in `c` to estimate the detector signal span and the thermal diffusivity for this `Problem`.

Uses of ExperimentalData in pulse.problem.statements.model

Methods in pulse.problem.statements.model with parameters of type ExperimentalData
Modifier and Type	Method	Description
`void`	ExtendedThermalProperties.`useTheoreticalEstimates(ExperimentalData c)`
`void`	ThermalProperties.`useTheoreticalEstimates(ExperimentalData c)`	Calculates the half-rise time t_1/2 of `c` and uses it to estimate the thermal diffusivity of this problem: `a=0.1388*l²/t_1/2`.
`void`	ThermoOpticalProperties.`useTheoreticalEstimates(ExperimentalData c)`

Uses of ExperimentalData in pulse.tasks

Methods in pulse.tasks that return ExperimentalData
Modifier and Type	Method	Description
`ExperimentalData`	SearchTask.`getInput()`

Methods in pulse.tasks with parameters of type ExperimentalData
Modifier and Type	Method	Description
`void`	SearchTask.`setExperimentalCurve(ExperimentalData curve)`	Adopts the `curve` by this `SearchTask`.
`void`	Calculation.`setProblem(Problem problem, ExperimentalData curve)`	After setting and adopting the `problem` by this `SearchTask`, this will attempt to change the parameters of that `problem` in accordance with the loaded `ExperimentalData` for this `SearchTask` (if not null).Later, if any changes to the properties of that `Problem` occur and if the source of that event is either the `Metadata` or the `PropertyHolderTable`, they will be accounted for by altering the parameters of the `problem` accordingly -- immediately after the former take place.
`void`	Calculation.`setScheme(DifferenceScheme scheme, ExperimentalData curve)`	Adopts the `scheme` by this `SearchTask` and updates the time limit of `scheme` to match `ExperimentalData`.

Constructors in pulse.tasks with parameters of type ExperimentalData
Constructor	Description
`SearchTask(ExperimentalData curve)`	Creates a new `SearchTask` from `curve`.

Uses of ExperimentalData in pulse.ui.components

Methods in pulse.ui.components with parameters of type ExperimentalData
Modifier and Type	Method	Description
`org.jfree.data.xy.XYSeries`	Chart.`series(ExperimentalData curve, String title, boolean extendedCurve)`